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Study on frost resistance and abrasion resistance of fiber mesh reinforced concrete

机译:纤维网钢筋混凝土霜冻耐磨性及耐磨性研究

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The frost resistance and abrasion resistance of the fiber mesh reinforced concrete under the simulated treatment of external environment were studied through the frost resistance test and abrasion test. The relative dynamic modulus, the amount of spalling per unit area, the amount of abrasion per unit area and abrasion depth were used as evaluation indexes. The result shows that the frost resistance and abrasion resistance of concrete can be enhanced by fiber mesh. For the frost resistance, enhancement effect of carbon fiber mesh is better than that of basalt fiber mesh, and better than that of aramid fiber mesh. For the abrasion resistance, enhancement effect of aramid fiber mesh is better than that of basalt fiber mesh, and better than that of carbon fiber mesh. On the whole, the frost resistance and abrasion resistance of basalt fiber mesh reinforced concrete are better. Therefore, basalt fiber mesh is recommended to strengthen the frost resistance and abrasion resistance of concrete in engineering practice.
机译:通过霜冻试验和磨损试验研究了纤维网钢混凝土纤维网钢混凝土的霜冻和耐磨性。相对动态模量,每单位面积的剥落量,每单位面积和磨损深度的磨损量用作评价指标。结果表明,通过纤维网可以增强混凝土的冰霜电阻和耐磨性。对于霜冻抗性,碳纤维网的增强效果优于玄武岩纤维网,而优于芳纶纤维网的纤维网。对于耐磨性,芳族纤维网的增强效果优于玄武岩纤维网,而优于碳纤维网的纤维网。总的来说,玄武岩纤维网钢筋混凝土的霜冻耐热性和耐磨性更好。因此,建议玄武岩纤维网加强混凝土在工程实践中的冰霜抗性和耐磨性。

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